Aspiring Embedded Security Engineer focused on IoT systems, firmware hardening, and secure embedded development.
I enjoy working at the intersection of hardware, software, and cybersecurity — building and securing the systems that connect the physical and digital worlds.
- 🎓 Computer Engineering student with a focus in Cybersecurity
- 🔒 Interested in firmware security, secure boot, side-channel analysis, and IoT threat detection
- ⚙️ Passionate about embedded systems, low-level programming, and hardware security research
- 🎯 Goal: To develop secure embedded solutions that strengthen device-level security in connected environments
Languages: C, C++, Python, Bash, Assembly (ARM Cortex-M)
Development Boards: ESP32, STM32-L475, Arduino Uno, Raspberry Pi 4 Compute Module
Embedded Tools: STM32CubeIDE, Keil µVision, Zephyr RTOS
Hardware Communication Protocols: UART, SPI, I²C
Security Concepts: Secure Boot, Cryptography (SHA/AES), Threat Modeling, Firmware Tampering
IoT/Networking: MQTT, Socket Programming, TCP/IP Stack
Other Tools: Git, Linux, Docker, Wireshark
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🔐 Secure Bootloader + Firmware Tamper Detection (STM32)
Implemented cryptographic integrity checks (SHA/CRC) and secure firmware update flow for embedded devices. -
🧠 USB Threat Scanner
Host-side malware detection and blocking system for USB connectivity, ensuring prevention of unauthorized code execution. -
📶 IoT RFID Node with Blockchain Integration
Developed STM32-based IoT node connecting RFID sensor data to a blockchain network for secure device authentication. -
⚡ Embedded Signal Logger + Visualizer
Python GUI for real-time UART data visualization and logging for signal analysis and debugging.
- Deepening knowledge in secure firmware design and embedded threat mitigation
- Exploring RF hacking/hardening and side-channel attack analysis
- Preparing for contributions to open-source repositories